Tuesday, 14 October 2014 15:33

Heel Pain

Heel pain is a stressful condition that effects day to day activities. Running and walking causes stress on the heel because the heel is the part of the foot that hits the ground first. This means that the heel is taking on your entire weight. Diagnosis and treatments for heel pain can be easily found through your podiatrist.

One of the main causes of heel pain is a condition known as plantar fasciitis. The plantar fascia is a band of tissue that extends along the bottom of the foot, from the toe to the bottom of the heel. A rip or tear in this ligament can cause inflammation of these tissues, resulting in heel pain. People who do not wear proper fitting shoes are often at risk of developing problems such as plantar fasciitis. Unnecessary stress from ill fitting shoes, weight change, excessive running, and wearing non-supportive shoes on hard surfaces are all causes of plantar fasciitis.

Achilles tendonitis is another cause of heel pain. Similar to plantar fasciitis, inflammation of the Achilles tendon will cause heel pain due to stress fractures and muscle tearing. A lack of flexibility of the ankle and heel is an indicator of Achilles tendonitis. If left untreated, this condition can lead to plantar fasciitis and cause even more pain on your heel.

A third cause of heel pain is a heel spur. A heel spur occurs when the tissues of the plantar fascia undergo a great deal of stress, leading to a separation of the ligament from the heel bone entirely. This results in a pointed fragment of bone on the ball of the foot, known as a heel spur.

Treatments for heel pain are easy and effective as long as problems are addressed quickly. The most common solution is simply taking stress off the feet, particularly off of the heel. This will ease the pain and allow the tendons and ligaments to relax. In the case of both plantar fasciitis and Achilles tendonitis, icing will reduce swelling of any part of the foot and anti-inflammatory medication is highly recommended. Properly fitting your shoes and wearing heel pads or comfort insoles will also reduce the risk of developing heel pain. Stretching before and after exercises such as running will help the foot muscles prepare for stress and lower the chances of inflammatory pain. In extreme cases, relieving heel   pain might require surgery. Always make sure to discuss these symptoms and treatment options with your podiatrist to keep yourself active and pain free.

Wednesday, 08 October 2014 09:44

Plantar Fasciitis

Recently, a groundbreaking study concluded that their treatment combining ultrasound with steroid injections was 95% effective in the treatment of plantar fasciitis.

Plantar fasciitis is a foot problem affecting the plantar fascia, a connective tissue in the heel. This condition is treatable, but in many cases can take up to a year to be effective.

Conventional treatments have included exercises, rest, arch supports, and night splints. If this proves to be inaffective, many patients undergo shockwave therapy. In shockwave therapy, sound waves are directed to the area where pain is experienced. This therapy can be affective, but is somewhat painful, and calls for several sessions. Even still, shockwave therapy does not always alleviate the pain caused by plantar fasciitis.

Luca M. Sconfienza, M.D., from the University of Genoa in Italy, conducted the study. The new treatment involves an ultrasound-guided technique with a steroid injection to the plantar fascia. It is a one time out patient procedure involving a small amount of anesthesia. Then an anesthetic needle punctures the affected area. This technique, known as dry needling, causes small amounts of bleeding that aid in healing the fesci.

It was discovered that 42 of the 44 patients involved in the study had their symptoms disappear entirely within three weeks. “This therapy is quicker, easier, less painful, and less expensive than shockwave therapy” Sconfienza stated. “In cases of mild plantar fasciitis, patients should first try noninvasive solutions before any other treatments. But when pain becomes annoying and affects the activities of daily living, dry-needling with steroid injection is a viable option," she added.

Tuesday, 30 September 2014 13:24

Biomechanics in Podiatry

Podiatric biomechanics is a particular sector of specialty podiatry with licensed practitioners who are trained to diagnose and treat conditions affecting the foot, ankle and lower leg. Biomechanics deals with the forces that act against the body causing an interference with the biological structure and focuses on the movement of the ankle, the foot and the forces that interact with them.

At some time in our lives we will all experience foot problems, regardless of our lifestyle or age, and we all take our mobility for granted until we are in pain. Twists or turns can cause problems and apply stress to the feet, and that pain will spread from the foot structure to the surrounding tissues. The pain will concentrate in the foot and ankle, but may eventually spread up into the knees, hips and back.

The history of biomechanics dates back to the BC era in Egypt where evidence of professional foot care has been recorded. Afterwards, during the first century AD, corns on feet were recorded as specifically growing on feet and toes. In 1974 biomechanics gained a higher profile from the studies of Merton Root, who claimed that by changing or controlling the forces between the ankle and the foot, corrections of conditions could be implemented to gain strength and coordination to the area. His basic principles of thermoplastic foot orthotics are still in use throughout the industry today.

Modern technology improvements are based on past theories and therapeutic processes providing a better understanding of podiatry concepts for biomechanics. Computers provide accurate determinations about the forces, movements and patterns of the foot and lower legs with the most important information captured. Today’s knowledge of detailed measurement of external and internal forces in the foot is critical to the individual’s treatment. Like most health industries, precise determinations assist the practitioner in diagnosing and prescribing the best treatment for health improving results.

Advances in materials and more awareness of biomechanics have developed enhanced corrective methods, offering further options for foot-related injuries. Shoe orthotics options have expanded to treat walking inability, helping to realign the posture deviations caused by hip or back health occurrences. Attention to posture and foot mechanics uses individual insoles to position the foot, aligning the ankle and leg. The corrected positioning comforts the pressure and helps to ease the pain. Understanding foot biomechanics can help improve and eliminate pain, stopping further stress to the foot. However, these results can only happen if one seeks a podiatrist who specializes in biomechanics.

Wednesday, 24 September 2014 21:53

Athlete's Foot: The Sole Story

Do you suffer from itching, burning, dry, and flaking feet? It could be athlete's foot. Athlete's foot, also known as tinea pedis, can be extremely contagious, often infecting shower floors, gyms, socks and shoes, and anywhere else feet might contact. It's commonly found in public changing areas and bathrooms, dormitory style living quarters, around locker rooms and public swimming pools. "Commons" areas in prisons and residential care facilities are frequently caught feeding the fungus as well. One step in the wrong direction can be enough to start the fire that can be tremendously difficult to treat.

Athlete's foot is most often caused by the same fungus that causes ringworm (tinea). It can be spread by direct contact with an infected body part, contaminated clothing, or by coming in contact with other objects or body parts that have been exposed to the fungus. Although the feet are more frequently assumed to get athlete's foot, tinea can invade other parts of the body as well so long as the proper growing conditions are met.

Tinea thrives in a dark, warm, and moist environment. Body parts that are often infected include the hands, groin, and scalp. Although many people never experience athlete's foot, around 70% of the population suffers from tinea at some point in their lifetime. Like most ailments, some people are more likely to acquire this fungal infection than others. People with a history of tinea or other skin infections are more likely to suffer from recurrent, or even additional, unrelated infections. The extent to which a person is tormented by the fungus can vary greatly as well.

While some people are never even aware that they have been infected with athlete's foot, others are pestered with mild to moderate symptoms like dry and flaking skin, itching, and redness. Still others are bothered by more severe symptoms including cracked and bleeding skin, intense itching and burning, and even pain when walking. In the worst cases, tinea can cause blistering as well.

The treatment for athlete's foot begins with prevention. Changes in the environment infected with athlete's foot can prevent spreading. Keeping the area that is infected clean and dry with the use of medicated cleansers and powders is essential. Allowing the area to breathe is important in the treatment as well. Exposure to cool air and light can make conditions undesirable for tinea. Treating the infected area with miconazole, tolnaftate, or other medicated creams, ointments, or sprays not only helps to kill the fungus, but helps prevent recurrences as well. White vinegar-based foot soaks can also be beneficial. Seeing a podiatrist is often a good idea when treating athlete's foot, since more often than not, other skin infections can develop from the initial infection, and recurrences are common.

Wednesday, 10 September 2014 15:21

Biomechanics in Podiatry

Podiatric biomechanics is a particular sector of specialty podiatry with licensed practitioners who are trained to diagnose and treat conditions affecting the foot, ankle and lower leg. Biomechanics deals with the forces that act against the body causing an interference with the biological structure and focuses on the movement of the ankle, the foot and the forces that interact with them.

At some time in our lives we will all experience foot problems, regardless of our lifestyle or age, and we all take our mobility for granted until we are in pain. Twists or turns can cause problems and apply stress to the feet, and that pain will spread from the foot structure to the surrounding tissues. The pain will concentrate in the foot and ankle, but may eventually spread up into the knees, hips and back.

The history of biomechanics dates back to the BC era in Egypt where evidence of professional foot care has been recorded. Afterwards, during the first century AD, corns on feet were recorded as specifically growing on feet and toes. In 1974 biomechanics gained a higher profile from the studies of Merton Root, who claimed that by changing or controlling the forces between the ankle and the foot, corrections of conditions could be implemented to gain strength and coordination to the area. His basic principles of thermoplastic foot orthotics are still in use throughout the industry today.

Modern technology improvements are based on past theories and therapeutic processes providing a better understanding of podiatry concepts for biomechanics. Computers provide accurate determinations about the forces, movements and patterns of the foot and lower legs with the most important information captured. Today’s knowledge of detailed measurement of external and internal forces in the foot is critical to the individual’s treatment. Like most health industries, precise determinations assist the practitioner in diagnosing and prescribing the best treatment for health improving results.

Advances in materials and more awareness of biomechanics have developed enhanced corrective methods, offering further options for foot-related injuries. Shoe orthotics options have expanded to treat walking inability, helping to realign the posture deviations caused by hip or back health occurrences. Attention to posture and foot mechanics uses individual insoles to position the foot, aligning the ankle and leg. The corrected positioning comforts the pressure and helps to ease the pain. Understanding foot biomechanics can help improve and eliminate pain, stopping further stress to the foot. However, these results can only happen if one seeks a podiatrist who specializes in biomechanics.

Monday, 01 September 2014 22:19

How to Prevent Running Injuries

Many common running injuries are caused by overuse and overtraining. Several common injuries can occur due to running. When the back of the kneecap starts wearing away and starts causing pain in the knee, this is commonly referred to as runner’s knee. Runner’s knee can occur because of decreased strength in the quadricep muscles or shoes that do not offer proper support to the inside of the forefoot. Runner’s knee usually is treated with strengthening exercises focusing on the quad muscle and sports orthotic. To prevent runner’s knee, efforts should be focused on hip strengthening. Physical therapy is also beneficial in helping to learn the best exercises to heal runner’s knee. To prevent runner’s knee, strengthen the quad muscles to keep the kneecap aligned.

Overtraining is one cause of a common running injury called iliotibial band syndrome, which occurs when the iliotibial band gets irritated, causing pain and discomfort to the outside knee area. Another common running injury is known as plantar fasciitis, which occurs when the bone in the foot becomes inflamed and irritated. This injury primarily causes pain in the foot. Causes can include a high arch, incorrect footwear, tight muscles and flat feet. The best way to avoid plantar fasciitis is stretching and proper footwear.

Stress fractures are a common injury for runners. These fractures can occur because of overtraining, lack of calcium or running style. In runners, it is common for stress fractures to occur in several locations including the inner bone of the leg, the thighbone, the bone at the base of the spine and the toe bones in the foot. The best approach to preventing stress fractures are proper footwear maintenance and running on a surface with enough “give” to absorb some of the shock produced during running.

Besides overtraining, other causes of these common running injuries are poorly fitting footwear, irregular biomechanics, and lack of flexibility and strength. The best way to avoid running injuries is to prevent them. Fortunately, each of these common running injuries can be prevented. To avoid running injuries it is highly recommended to wear only footwear that fits properly and that suits your needs. Running shoes are the only protective gear that runners have to safeguard them from injury; therefore, choosing the correct footwear for running is important. It is important, too, to think about other aspects of your running routine like training schedules, flexibility and strengthening, and tailor them to your needs in order to minimize the possibility of injury. Regular stretching before and after running should be considered also when trying to avoid running injuries. Stretching keeps muscles limber resulting in greater flexibility.

Monday, 25 August 2014 22:15

What to Know About a Broken Toe

Although most people try to avoid foot trauma such as banging, stubbing, or dropping heavy objects on their feet, the unfortunate fact is that it is a common occurrence. Given the fact that toes are positioned in front of the feet, they typically sustain the brunt of such trauma. When trauma occurs to a toe, the result can be a painful break (fracture). Another type of trauma that can break a toe is repeated activity that places stress on the toe for prolonged periods of time.

Broken toes can be categorized as either minor or severe fractures. Symptoms of minor toe fractures include throbbing pain, swelling, bruising on the skin and toenail, and the inability to move the toe with ease. Severe toe fractures require medical attention and are indicated when the broken toe appears crooked or disfigured, when there is tingling or numbness in the toe, when the injured person experiences fever or chills throughout their body, and when there is an open, bleeding wound present on the toe.

Generally, a minor toe break will heal without long-term complications, but it is important to discontinue activities that put pressure on the toe. It is best to stay off of the injured toe with the affected foot elevated on pillows. Swelling can be alleviated by placing an ice pack on the broken toe for 15 minutes every two hours during the first two days after the fracture. The broken toe should be immobilized by placing a small cotton ball between the injured toe and the toe beside it, then taping the two toes together with medical tape. 

Severe toe fractures may be treated with a splint, cast, and in some cases, minor surgery; especially when the big toe has been broken. Due to its position and the pressure it endures with daily activity, future complications can occur if the big toe is not properly treated. Pain associated with minor toe fractures can be managed with over-the-counter pain medications, and prescription pain killers may be necessary for severe toe fractures.

The healing time for a broken toe is approximately four to six weeks. In severe cases where the toe becomes infected or requires surgery, healing time can take up to eight weeks or more. While complications associated with a broken toe are immediately apparent, it is important to note that there are rare cases when additional complications, such as osteoarthritis, can develop over time. 

Monday, 11 August 2014 00:00

Hammertoe: No Walk in the Park!

Hammertoe is a painful deformity of the second, third, or fourth toe, frequently caused by improper mechanics—the way a person walks or the shoes they wear that do not allow room for the deformity. Similar to mallet toe and claw toe, hammertoe involves different joints of the toe and foot. Shoes that are too narrow or short for the foot, or have excessively high heels, can cause of hammertoe. Improperly sized shoes force the toes into a bent position for long periods, causing the muscles to shorten and bend the toes into the hammertoe deformity.

Other causes of hammertoe may be complications from RA (rheumatoid arthritis), osteoarthritis, trauma to the foot, heredity, or CVA (cerebral vascular accident). Symptoms of hammertoe include, but may not be limited to, pain and difficult mobility of the toes, deformity, and calluses or corns from toes abrading one another.

A patient experiencing symptoms of hammertoe should seek examination by a physician, specifically a podiatrist. Podiatrists diagnose and treat disorders of the foot. If the doctor finds the involved toes have retained some flexibility, treatment may involve simple exercise, physical therapy, and a better fit to shoes worn by the patient. Treatment often targets controlling the mechanics, such as walking, that cause hammertoe by using custom orthotics.

In more advanced cases, where the toes have become rigid and inflexible, the doctor may suggest surgery. The operation would consist of incising the toe to relieve pressure on the tendons. The doctor may re-align tendons and remove small pieces of bone in order to straighten the toe. The insertion of pins may be necessary to fix bones in the proper position while the toe heals. Usually the patient is able to return home on the day of surgery.

If surgery is necessary, it is important to follow the postoperative directions of your physician. Theses may include various stretches, attempting to crumple a towel placed flat against your feet, or picking up marbles with your toes. Striving to wear shoes with low heels and ample toe space will ensure healthy feet and toes. Avoid closed shoes and high heels. Laced shoes tend to be roomier and more comfortable. Shoes with a minimum of one half inch space between the tip of your longest toe and the inside of the shoe will provide adequate space, relieve pressure on your toes, and prevent hammertoe from re-occurring.

Some tips on feet may include purchasing shoes at mid-day as your feet are smaller in the morning and swell as the day progresses. Ensure that she shoes you buy are both the same size and have the store stretch shoes at painful points to provide for optimum comfort.

A broken foot is when one of the bones located in the foot fractures, or breaks. About 10% of broken bones occur in the foot.

Bones typically break when an object crushes, bends, or stretches the bone. In the foot, the location of the broken bone is usually indicative of how the break occurred. Toes usually break when something hard and solid is kicked with great force. Broken Heels are usually a result of falling from a great height and landing on the feet. Other broken bones in the feet can occur because of a twisted or sprained ankle. Most of the time, a broken foot results from a sudden accident or injury. Sometimes small cracks can form over time in the bones of the feet from repeated stress. These cracks are called stress fractures and usually only occur in athletes that put a lot of pressure on their feet, like runners, dancers, and gymnasts.

Symptoms of a broken foot typically include pain, swelling, bruising, and redness. Occasionally the pain of a broken foot may be so severe that walking is not an option. However, this depends on the location of the broken bone within the foot. Broken toes are usually less painful than broken heels or other bones within the foot. A foot that is blue, numb, cold, misshapen, cut or deformed can occur in more serious cases of broken feet. Those who are experiencing any of these symptoms, or suspect that they have a broken foot, should seek medical attention in a center where x-rays can be performed.

Prior to seeking the attention of a doctor, several steps can be taken at home in order to reduce pain and swelling. Stabilization and elevation of the broken foot should be the number one priority. It is important not to move the foot, so any type of homemade splint will work well. However, any splint that causes the foot to become more painful, or cut off blood circulation should be removed. Ice can also decrease swelling and alleviate some of the pain that a broken foot can cause.

In a medical center, treatment for a broken bone will differ depending on which bone in the foot is fractured and depending on what caused the break. Some broken feet will require the patient to use crutches, while others will require splits or casts. More severe cases may require surgery on the foot to repair the broken bone or bones.

Monday, 28 July 2014 00:00

Rheumatoid Arthritis in the Feet

Although rheumatoid arthritis actually attacks multiple bones and joints throughout the entire body, ninety percent of people who actually develop this condition usually do so in the foot or ankle area. Those who develop this kind of arthritis in the feet usually develop symptoms around the toes and forefeet first, before anywhere else. Rheumatoid arthritis appears to have a genetic component. If it runs in the family, then you will be more likely to develop it as well.

Rheumatoid arthritis is an autoimmune disorder in which the body’s own immune system attacks the lining of the membranes surrounding the joints. This causes inflammation of the membrane lining, and the gradual destruction of the joint’s cartilage and even bone.

Some of the most common symptoms that are associated with RA include pain and swelling of the feet. Stiffness in the feet is also another common symptom that people experience. Those who have RA in the feet usually feel the pain in the ball or sole of their feet. This can get to be very painful at times. A person's joints can even shift and become deformed after a period of time.

In order to properly diagnose RA in the feet it is usually necessary for a doctor or podiatrist to evaluate the area. Your doctor will also question you about your medical history, occupation, etc., to determine whether anything in your lifestyle may have triggered the condition. There are a number of tests that may be performed to help diagnose RA such as a rheumatoid factor test, although there is no one single test that will tell you for sure if you have RA. There are different X-rays that can be taken as well to determine if a person has RA in their feet.

There is a range of treatment options for rheumatoid arthritis. Treatment of RA is usually a lifelong process that includes a variety of methods of treatment and therapy. Your doctor can prescribe special shoes that should help with arch support as well as heel support. A physical therapist can help those with this condition learn exercises which will keep their joints flexible. Surgery may be needed to correct some of the issues with the feet, such as bunions, and hammertoes. Fusion is usually the most successful surgical option for rheumatoid arthritis. However, people need to keep in mind that there are some risks associated with these surgeries.

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